Lga 1156 socket cpu list: LGA1156 Socket list — Cpu Specs Benchmarks reviews cpu upgrade

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Product Collection	Code Name	Processor Number	# of Cores	# of Threads	Base Frequency	Litho- graphy	Spec Code	Step- ping	Ordering Code
1st Generation Core i3	Clarkdale	i3-530	2	4	2.93 GHz	32 nm	SLBX7	K0	CM80616003180AG
1st Generation Core i3	Clarkdale	i3-530	2	4	2.93 GHz	32 nm	SLBLR	C2	CM80616003180AG
1st Generation Core i3	Clarkdale	i3-530	2	4	2.93 GHz	32 nm	SLBLR	C2	BX80616I3530
1st Generation Core i3	Clarkdale	i3-540	2	4	3. 06 GHz	32 nm	SLBTD	K0	CM80616003060AE
1st Generation Core i3	Clarkdale	i3-540	2	4	3.06 GHz	32 nm	SLBMQ	C2	BX80616I3540
1st Generation Core i3	Clarkdale	i3-540	2	4	3.06 GHz	32 nm	SLBTD	K0	BX80616I3540
1st Generation Core i3	Clarkdale	i3-540	2	4	3.06 GHz	32 nm	SLBMQ	C2	BXC80616I3540
1st Generation Core i3	Clarkdale	i3-540	2	4	3.06 GHz	32 nm	SLBTD	K0	BXC80616I3540
1st Generation Core i3	Clarkdale	i3-540	2	4	3.06 GHz	32 nm	SLBMQ	C2	CM80616003060AE
1st Generation Core i3	Clarkdale	i3-550	2	4	3. 20 GHz	32 nm	SLBUD	K0	BX80616I3550
1st Generation Core i3	Clarkdale	i3-550	2	4	3.20 GHz	32 nm	SLBUD	K0	CM80616003174AJ
1st Generation Core i3	Clarkdale	i3-560	2	4	3.33 GHz	32 nm	SLBY2	K0	CM80616003177AH
1st Generation Core i3	Clarkdale	i3-560	2	4	3.33 GHz	32 nm	SLBY2	K0	BXC80616I3560
1st Generation Core i3	Clarkdale	i3-560	2	4	3.33 GHz	32 nm	SLBY2	K0	BX80616I3560
1st Generation Core i5	Clarkdale	i5-650	2	4	3.20 GHz	32 nm	SLBLK	C2	BX80616I5650
1st Generation Core i5	Clarkdale	i5-650	2	4	3. 20 GHz	32 nm	SLBTJ	K0	BX80616I5650
1st Generation Core i5	Clarkdale	i5-650	2	4	3.20 GHz	32 nm	SLBTJ	K0	CM80616003174AH
1st Generation Core i5	Clarkdale	i5-650	2	4	3.20 GHz	32 nm	SLBTJ	K0	BXC80616I5650
1st Generation Core i5	Clarkdale	i5-650	2	4	3.20 GHz	32 nm	SLBLK	C2	CM80616003174AH
1st Generation Core i5	Clarkdale	i5-655K	2	4	3.20 GHz	32 nm	SLBXL	K0	CM80616003174AO
1st Generation Core i5	Clarkdale	i5-655K	2	4	3.20 GHz	32 nm	SLBXL	K0	BX80616I5655K
1st Generation Core i5	Clarkdale	i5-660	2	4	3. 33 GHz	32 nm	SLBLV	C2	BX80616I5660
1st Generation Core i5	Clarkdale	i5-660	2	4	3.33 GHz	32 nm	SLBLV	C2	CM80616003177AC
1st Generation Core i5	Clarkdale	i5-660	2	4	3.33 GHz	32 nm	SLBTK	K0	CM80616003177AC
1st Generation Core i5	Clarkdale	i5-661	2	4	3.33 GHz	32 nm	SLBNE	C2	BX80616I5661
1st Generation Core i5	Clarkdale	i5-661	2	4	3.33 GHz	32 nm	SLBTB	K0	BX80616I5661
1st Generation Core i5	Clarkdale	i5-661	2	4	3.33 GHz	32 nm	SLBNE	C2	CM80616004794AA
1st Generation Core i5	Clarkdale	i5-661	2	4	3. 33 GHz	32 nm	SLBTB	K0	CM80616004794AA
1st Generation Core i5	Clarkdale	i5-670	2	4	3.46 GHz	32 nm	SLBLT	C2	BX80616I5670
1st Generation Core i5	Clarkdale	i5-670	2	4	3.46 GHz	32 nm	SLBLT	C2	CM80616004641AB
1st Generation Core i5	Clarkdale	i5-680	2	4	3.60 GHz	32 nm	SLBTM	K0	BX80616I5680
1st Generation Core i5	Clarkdale	i5-680	2	4	3.60 GHz	32 nm	SLBTM	K0	CM80616004806AA
Pentium G-Series	Clarkdale	G6950	2	2	2.80 GHz	32 nm	SLBMS	C2	BX80616G6950
Pentium G-Series	Clarkdale	G6950	2	2	2. 80 GHz	32 nm	SLBTG	K0	CM80616004593AE
Pentium G-Series	Clarkdale	G6951	2	2	2.80 GHz		SLBTF	K0	CM80616004593AF
Pentium G-Series	Clarkdale	G6960	2	2	2.93 GHz		SLBT6	K0	CM80616005373AA
Xeon L-Series	Clarkdale	L3406	2	4	2.26 GHz	32 nm	SLBQQ	C2	BX80616L3406
Xeon L-Series	Clarkdale	L3406	2	4	2.26 GHz	32 nm	SLBT8	K0	CM80616005010AA
Xeon L-Series	Clarkdale	L3406	2	4	2.26 GHz	32 nm	SLBQQ	C2	CM80616005010AA
1st Generation Core i5	Lynnfield	i5-750	4	4	2.66 GHz	45 nm	SLBLC	B1	BX80605I5750
1st Generation Core i5	Lynnfield	i5-750	4	4	2. 66 GHz	45 nm	SLBLC	B1	BV80605001911AP
1st Generation Core i5	Lynnfield	i5-750S	4	4	2.40 GHz	45 nm	SLBLH	B1	BV80605003213AH
1st Generation Core i5	Lynnfield	i5-750S	4	4	2.40 GHz	45 nm	SLBLH	B1	BX80605I5750S
1st Generation Core i5	Lynnfield	i5-760	4	4	2.80 GHz	45 nm	SLBRP	B1	BX80605I5760
1st Generation Core i5	Lynnfield	i5-760	4	4	2.80 GHz	45 nm	SLBRP	B1	BV80605001908AN
1st Generation Core i5	Lynnfield	i5-760	4	4	2.80 GHz	45 nm	SLBRP	B1	BXC80605I5760
1st Generation Core i7	Lynnfield	i7-860	4	8	2. 80 GHz	45 nm	SLBJJ	B1	BV80605001908AK
1st Generation Core i7	Lynnfield	i7-860	4	8	2.80 GHz	45 nm	SLBJJ	B1	BX80605I7860
1st Generation Core i7	Lynnfield	i7-860S	4	8	2.53 GHz	45 nm	SLBLG	B1	BV80605003210AD
1st Generation Core i7	Lynnfield	i7-860S	4	8	2.53 GHz	45 nm	SLBLG	B1	BX80605I7860S
1st Generation Core i7	Lynnfield	i7-870	4	8	2.93 GHz	45 nm	SLBJG	B1	BV80605001905AI
1st Generation Core i7	Lynnfield	i7-870	4	8	2.93 GHz	45 nm	SLBJG	B1	BX80605I7870
1st Generation Core i7	Lynnfield	i7-870S	4	8	2. 66 GHz	45 nm	SLBQ7	B1	BV80605004494AB
1st Generation Core i7	Lynnfield	i7-875K	4	8	2.93 GHz	45 nm	SLBS2	B1	BX80605I7875K
1st Generation Core i7	Lynnfield	i7-875K	4	8	2.93 GHz	45 nm	SLBS2	B1	BV80605001905AM
1st Generation Core i7	Lynnfield	i7-880	4	8	3.06 GHz	45 nm	SLBPS	B1	BV80605002505AG
Xeon L-Series	Lynnfield	L3426	4	8	1.86 GHz	45 nm	SLBN3	B1	BX80605L3426
Xeon L-Series	Lynnfield	L3426	4	8	1.86 GHz	45 nm	SLBN3	B1	BV80605004737AA
Xeon X-Series	Lynnfield	X3430	4	4	2. 40 GHz	45 nm	SLBLJ	B1	BV80605001914AG
Xeon X-Series	Lynnfield	X3430	4	4	2.40 GHz	45 nm	SLBLJ	B1	BX80605X3430
Xeon X-Series	Lynnfield	X3440	4	8	2.53 GHz	45 nm	SLBLF	B1	BX80605X3440
Xeon X-Series	Lynnfield	X3440	4	8	2.53 GHz	45 nm	SLBLF	B1	BV80605002517AQ
Xeon X-Series	Lynnfield	X3450	4	8	2.66 GHz	45 nm	SLBLD	B1	BX80605X3450
Xeon X-Series	Lynnfield	X3450	4	8	2.66 GHz	45 nm	SLBLD	B1	BV80605001911AQ
Xeon X-Series	Lynnfield	X3460	4	8	2.80 GHz	45 nm	SLBJK	B1	BX80605X3460
Xeon X-Series	Lynnfield	X3460	4	8	2. 80 GHz	45 nm	SLBJK	B1	BV80605001908AL
Xeon X-Series	Lynnfield	X3470	4	8	2.93 GHz	45 nm	SLBJH	B1	BV80605001905AJ
Xeon X-Series	Lynnfield	X3470	4	8	2.93 GHz	45 nm	SLBJH	B1	BX80605X3470
Xeon X-Series	Lynnfield	X3480	4	8	3.06 GHz	45 nm	SLBPT	B1	BX80605X3480
Xeon X-Series	Lynnfield	X3480	4	8	3.06 GHz	45 nm	SLBPT	B1	BV80605002505AH

Motherboards Socket LGA 1156 Content Archive Listing — Page 1

Motherboards Content

Listing of our Socket LGA 1156 content from our Motherboards category. You can also search by year.

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2010 (12 items)
2009 (11 items)

ASRock P55 Extreme4 (P55 Express) Motherboard

We take a look at one of the first Intel boards with more than two USB 3. 0 and SATA 3.0 ports; the ASRock P55 Extreme4. | Sep 20, 2010 11:54 AM CDT

GIGABYTE H55N-USB3 (Intel H55 Express) Mini-ITX Motherboard

Want to drop some power in your pocket? Well, GIGABYTE has an interesting board for you to consider. The Mini-ITX H55N-USB3 is small, yet powerful. | Jul 28, 2010 2:44 AM CDT

ASUS P7H55D-M EVO (Intel H55 Express) Motherboard

After spending some time with AMD’s 8xx series chipsets, we return to the Intel H5x with the ASUS P7H55D-M EVO. | Jul 2, 2010 11:28 AM CDT

Foxconn H55MX-S (H55 Express) Micro-ATX Motherboard

Taking a couple steps back from the run of full featured high performance offerings, Sean takes a look at a mATX H55 based board from Foxconn. | Jun 10, 2010 1:21 AM CDT

GIGABYTE P55A-UD7 (P55 Express) Motherboard

We take a close look at the UD7 flavour of GIGABYTE’s P55 motherboard to see if the 24 phase power really makes a difference. | Jun 4, 2010 9:14 PM CDT

ASRock P55DE3 (P55 Express) Motherboard

ASRock shows us that performance and overclocking do not have to cost you an arm and a leg with the P55DE3. | Mar 29, 2010 9:08 AM CDT

ASUS Maximus III Extreme (P55 Express) Motherboard

P55 might be old news, but ASUS has put their engineers to the task of squeezing every ounce of performance out of it with the Maximus III Extreme. | Mar 23, 2010 9:58 AM CDT

ASUS P7P55D-E Pro (P55 Express) Motherboard

We take a look at the USB 3.0/SATA 3.0 enabled P7P55D-E Pro; the baby-bother to the P7P55D-E Deluxe and Premium. Talk about sibling rivalry. | Feb 23, 2010 11:37 PM CST

MSI H55M-ED55 (H55 Express) Motherboard

MSI shows us its OC Genie on a H55 Express board; the H55M-ED55. Can this help to push this board out of the entry level? Let’s find out. | Feb 16, 2010 8:40 AM CST

ASUS P7H57D-V EVO (H57 Express) Motherboard

As the «perform-a-like» H55 and H57 boards hit the shelves, ASUS tries to stand out with their P7H57D-V EVO with USB 3. 0 and SATA 3.0. | Feb 1, 2010 12:02 AM CST

GIGABYTE GA-H57M-USB3 (H57 Express) Motherboard

GIGABYTE gives Intel’s 32nm Clarkdale some bells and whistles with USB 3.0 support on its GA-H57M-USB3. | Jan 21, 2010 1:44 AM CST

ASRock H55M Pro (H55 Express) Motherboard

Intel’s 32nm Clarkdale is now out and we take a look at one of the new boards that support this CPU, the ASRock H55M Pro. | Jan 4, 2010 6:11 AM CST

ASUS Maximus III Formula (P55 Express) Motherboard

ASUS’ ROG line of motherboards continues to grow. Now adding Lynnfield to this makeup, the Maximus III Formula shows us what it can do. | Nov 29, 2009 9:02 PM CST

GIGABYTE P55A-UD6 (P55 Express) Motherboard

The P55-UD6 from GIGABYTE was impressive, but today we have the upgraded model with SATA-III and USB 3.0 support. Let’s give it a burn. | Nov 24, 2009 5:00 AM CST

DFI LANParty DK P55-T3eH9 Motherboard

Have you been waiting to overclock the snot out of your new Core i5 750 or i7 870? If so, the DFI DK P55-T3eH9 might be the board for you. | Nov 12, 2009 5:54 AM CST

GIGABYTE P55-UD6 (P55 Express) Motherboard

With the ASUS P7P55D Deluxe out of the way, we now move onto GIGABYTE’s top P55 offering. The P55-UD6 looks the goods, but can it handle the stress? | Nov 9, 2009 10:43 PM CST

ASUS P7P55D Deluxe (P55 Express) Motherboard

While we have previewed this board already, today we go the full hog and cover everything from head to toe, including its performance. | Nov 9, 2009 8:55 AM CST

ASRock P55 Deluxe Lynnfield Motherboard

With Lynnfield out, the question of which motherboard you should use for your new 1156 CPU comes to mind. The ASRock P55 Deluxe could be the answer. | Sep 16, 2009 1:05 PM CDT

ASRock P55 Lynnfield Motherboard Video Preview — P55 Deluxe and Extreme

We visited the ASRock headquarters in Taipei and took a close look at its Intel P55 Express Lynnfield motherboards — P55 Deluxe and Extreme! | Sep 10, 2009 9:50 AM CDT

GIGABYTE P55-UD6 Lynnfield Motherboard Video Unboxing and Preview

GIGABYTE sent us its high-end P55-UD6 Lynnfield LGA 1156 motherboard for an exclusive video unboxing & preview before its official release next month. | Aug 18, 2009 12:35 AM CDT

ASUS P7P55D Deluxe Motherboard (Intel P55 Express) Preview

Before any Lynnfield processors make their way to the market, we have ASUS’ P7P55D LGA1156 based motherboard in hand for a look over today. | Aug 13, 2009 7:37 AM CDT

MSI P55-GD65 Lynnfield Motherboard Video Unboxing & Preview

MSI sent us its P55-GD65 Socket LGA 1156 motherboard for an exclusive video unboxing and preview before its official release by Intel mid September. | Aug 9, 2009 8:51 AM CDT

GIGABYTE GA-P55-UD6 Motherboard Preview

Lynnfield is just around the corner and the first boards to support it are showing up. We had the chance to take a closer look at one from GIGABYTE. | Jul 17, 2009 2:02 AM CDT

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LGA 1156 (Socket H)

LGA 1156 ( or Socket H ) — socket for Intel processors of Lynnfield and Clarkdale architecture. Released in 2009 to replace LGA775 in the desktop segment and LGA771 in the server segment. Designed for desktop computers, workstations and server systems of medium and entry levels.

Processors with this socket are no longer manufactured or supported. It was replaced in 2011 by the LGA1155 socket (Socket h3).
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Socket H is made according to LGA (Land Grid Array) technology, that is, it contains spring-loaded or soft contacts, to which the processor is pressed using a special holder and lever. The number of contacts is 1156. The size of the installed processors is 37.5 × 37.5 mm.

LGA 1156 socket processors have a three-level cache memory, an integrated memory controller (two DDR3 channels up to 1333 MHz), and a PCIe controller (16 PCI Express 2.0 lanes).
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The quad-core processors for this socket (Lynnfield) were manufactured using the 45 nm process and did not feature integrated graphics. Later, dual-core processors (Clarkdale) came out, which were produced according to the 32 nm process technology, but only their computing cores and cache memory. The graphics core they were equipped with, as well as the memory controller, PCI Express and DMI buses, were produced using the 45 nm process technology and placed on a separate chip. Both chips were connected via the QPI interface.
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Core i7, Core i3, almost all Xeon processors, and dual-core Core i5 processors support Hyper-Threading. In addition, Core i7, Core i5 and Xeon implement automatic overclocking technology (Turbo Boost).

The processor is connected to the chipset via the DMI 2.5 GT/s bus. The FDI bus is used to connect the chipset with the video core of the processor.

Motherboards with LGA 1156 socket use Intel Ibex Peak series chipsets, in particular P55, H55, H57, Q57 (for desktop systems), as well as Intel 3400, 3420, 3450 (for servers).
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All LGA 1156 socket chipsets and processors are compatible. However, the Intel P55, 3400, and 3420 chipsets, which were released before the Clarkdale processors, do not support on-chip graphics. A motherboard with these sockets can install a Clarkdale processor (may require a BIOS update), but its video core will remain unused. At the same time, a third-party video chip is usually built into such boards and the graphics core of the processor has nothing to do with the outputs of the motherboard.

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	Q57	H57	H55	P55	3450	3420	3400
Release year	2010	2010	2010	2009	2010	2009	2009
Manufacturing process	65nm
TDP	5.1W	5.2W	5.2W	4.7W	5.9W	5.2W	5.2W
Max. number of processors	1
Installed memory type	DDR3
ECC support	—	—	—	—	+	+
Max. number of memory slots (DIMM)	4	4	4	4	6	6	6
Processor integrated graphics output	+	+	+	—	+	—	—
Max. number of monitors for integrated processor graphics	2	2	2	—	2	—	—
Possible configurations of PCI Express processor (for video cards)	1×16 2×8	1×16 2×8	1×16 2×8	1×16 2×8	1×16 2×8	1×16
PCI support	+
PCI Express Chipset Revision	2.0
Max. number of PCI Express channels of the chipset	8	8	6	8	8	6	6
Max. number of USB 2.0 ports	14	12	14	14	12	8
USB 3.0 ports available	—
Max. number of SATA 2 ports	6	6	6	6	6	6	4
SATA 3 ports available	—
Integrated network adapter	+
Firmware revision Intel ME	6.1	—	—	—	6.0	—	—
Technology support
Intel VT-d	+	—	—	—	+	—	—
Intel V-Pro	+	—	—	—	—	—	—
Intel Trusted Execution	+	—	—	—	+	—	—
Anti-Theft	+	—	—	—	+	—	—
Intel Remote PC Assist	+	+	+	—	+	—	—
Intel Quick Resume	+	+	—	—	+	—	—
Intel HD Audio	+	+	+	+	+	+	—
Intel Clear Video	+	+	+	—	+	—	—
Intel Matrix Storage	+	+	—	+	+	+	—

System diagram with Clarkdale processor (2 cores + video core)

System diagram with Lynnfield processor (4 cores)

(listed in descending order of speed)

/ 3060 MHz

5883
(100%)

Intel Xeon X3470
4 cor. / 2930 MHz

5845
(100%)

Intel Core i7-870
4 cor. / 2930 MHz

5604
(96%)

Intel Core i7-875K
4 cor. / 2930 MHz

5591
(96%)

Intel Core i7-880
4 cor. / 3060 MHz

5577
(95%)

Intel Core i7-860
4 cor. / 2800 MHz

5322
(91%)

Intel Xeon X3460
4 cor. / 2800 MHz

5159
(88%)

Intel Xeon X3450
4 cor. / 2660 MHz

5101
(87%)

Intel Core i7-860S
4 cor. / 2530 MHz

5061
(87%)

10.

Intel Core i7-870S
4 cor. / 2660 MHz

5043
(86%)

11.

Intel Xeon X3440
4 cor. / 2530 MHz

4943
(85%)

12.

Intel Core i5-760
4 cor. / 2800 MHz

4692
(80%)

13.

Intel Xeon L3426
4 cor. / 1860 MHz

4688
(80%)

14.

Intel Core i5-680
2 cor. / 3600 MHz

4670
(80%)

15.

Intel Core i5-670
2 cor. / 3466 MHz

4549
(78%)

16.

Intel Core i5-750
4 cor. / 2660 MHz

4513
(77%)

17.

Intel Core i5-661
2 cor. / 3333 MHz

4437
(76%)

18.

Intel Core i5-660
2 cor. / 3333 MHz

4285
(73%)

19.

Intel Xeon X3430
4 cor. / 2400 MHz

4176
(71%)

20.

Intel Core i5-650
2 cor. / 3200 MHz

4019
(69%)

21.

Intel Core i5-655K
2 cor. / 3200 MHz

3651
(63%)

22.

Intel Core i3-560
2 cor. / 3333 MHz

3117
(53%)

23.

Intel Core i3-550
2 cor. / 3200 MHz

2887
(50%)

24.

Intel Core i3-540
2 cor. / 3066 MHz

2735
(47%)

25.

Intel Core i3-530
2 cor. / 2933 MHz

2661
(46%)

26.

Intel Pentium G6951
2 cor. / 2800 MHz

2504
(43%)

27.

Intel Core i5-750S
4 cor. / 2400 MHz

2400
(41%)

28.

Intel Pentium G6960
2 cor. / 2933 MHz

2341
(40%)

29.

Intel Celeron G1101
2 cor. / 2266 MHz

1966
(34%)

30.

Intel Pentium G6950
2 cor. / 2800 MHz

1921
(33%)

31.

Intel Xeon L3406
2 cor. / 2260 MHz

1680
(29%)

Overall processor speed rating >>>

Purpose

for servers

Release date

July 1, 2009

Main Harcatericism

Nuclei

4 Nuclei

Cumulates

SOCTER (connector) 9000 70 LGAA156

Lynnfield

Base frequency

1860 MHz

Auto overclock

Yes

Maximum frequency

3200 MHz

Free processor multiplier

Processor

Technological process

45 nm

transistors (millions)

774 million

Permissible nucleus voltage 9000

0. 65V-1.4V

CROS Maximum temperature

58.3 °C

64 bit support

Bus

2.5 GT/s DMI

L1 cache

32+32×4 KB

Cache of the 2nd level L2

256×4 KB

level 3 cache L3

8192 KB

RAM

RAM Controller

There are 9000

Types of RAM

DDR3-1333, DDR3-1066, DDR3-1066, DDR3-1066, DDR3-1066 DDR3-800

Memory channels

Maximum memory

32 GB

Memory bandwidth

21 Gb/s

Peripheral support 9080 9080 20803

version PCI Express

2.0

PCIe

Support NVMe

Support SSD U.2

Support SSD M.2

Faculty Rating Xeon L3426 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000

The general rating calculation method is selected, which means that the rating percentage is calculated relative to the most powerful processor participating on our site.

Rating calculation method:
Overall rankingBy Lynnfield architectureBy LGA1156 socketAmong Intel processorsAmong AMD processorsAmong server processorsAmong Xeon processorsAmong Xeon L-series processorsAmong 4-core processorsAmong 2009 processorsyears

General performance rating

2943.05

(2.77%)

Passmark CPU Mark

2193

(2.5%)

Cinebench 11.5 (64-bit) multiproopa 9000 2.7 (2.57%)

Cinebench 11.5 (64-bit) Single-threaded test

0.65

(7.51%)

Cinebench 15 (64-bit) Multi-threaded test

249.19

(2.51%)

Cinebench 15 (64-bit) Single thread test

56.56

(16.87%)

Geekbench 4.0 (64-bit) Multipoque test

6078

(3.28%)

GEEKBENCH 4.0 (64-bit) single-circuit test 9007 9000

( 15.94%)

x264 HD 4.0 Pass 1

67.6

(2.61%)

x264 HD 4.0 Pass 2

15.08

(2. 44%)

3DMARK06 CPU

3418.4000 9001 (2.39%)

WinRAR 4.0

1912.77

(3.2%)

Positions in the rating

Attention! The general rating calculation method is selected, which means that the rating percentage is calculated relative to the most powerful processor participating on our site.

The total performance rating
in the ranking 3291 processor

1766 place

(out of 3291)

Passmark CPU Mark
3279 processors

cine

(of 3279) (of 3279) -bit) Multi-threaded test
3221 processors

1641 places

(out of 3221)

Cinebench 11.5 (64-bit) Single-threaded test
3215 processors

1304 place

(out of 3215)

Cinebench 15 (64-bit) Multipotive test
in the ranking 3218 processors

1666

(out of 3218) 9000

Cinebench 15 (64-BIT) Single-test test
c. The rating is participated in 3217 processors

1189 place

(out of 3217)

Geekbench 4.0 (64-bit) Multipoque test
in the ranking 3209 processors

1709 9000

(out of 3209)

Geekbench 4.0) Single thread test
The ranking is involved in 3209 processors

1716 place

(out of 3209)

x264 HD 4.0 Pass 1
The ranking 3211 processors

1606 Place

(of 3211)

X264 HD 4.0 PASS 2 9 3211 processors

1636 place

(out of 3211)

3DMark06 CPU
The ranking 3242 processors

1666

(out of 3242)

Winrar 4.0
Personalized 3212 processors in the ranking.0007

1680 place

(out of 3212)

Auto overclocking and processor power increase technologies
Technology or instruction name	Meaning	Short description
Turbo Boost	1. 0	Intel Auto Overclocking Technology.

nine1147 Brief description

Energy saving technologies
Technology or instruction name	Meaning
EIST (Enhanced Intel SpeedStep)		Enhanced Intel SpeedStep Energy Saving Technology.
Idle States		Idle states.

nine0044

Standard extension set
Technology or instruction name	Meaning	Short description
MMX (Multimedia Extensions)		Multimedia extensions.
SSE (Streaming SIMD Extensions)		Streaming SIMD processor extension.
SSE2 (Streaming SIMD Extensions 2)		Processor Streaming SIMD Extension 2.
SSE3 (Streaming SIMD Extensions 3)		Streaming SIMD Processor Extension 3.
SSSE3 (Supplemental Streaming SIMD Extension 3)		Additional SIMD extensions for streaming 3.
EM64T (Extended Memory 64-bit Technology)		64-bit extended memory technology.
NX (Execute disable bit)		Execution inhibit bit.
SSE4 (Streaming SIMD Extensions 4)		Processor Streaming SIMD Extension 4.

Safety Technology
Technology or instruction name	Meaning	Short description
TXT (Trusted Execution Technology)		Trusted Execution Technology.
EDB (Execute Disable Bit)		Execute trip bit. nine0029

Virtualization Technologies
Technology or instruction name	Meaning	Short description
VT-x (Virtualization technology)		Virtualization technology.
VT-d (Virtualization Technology for Directed I/O)		Virtualization technology for directed I/O.
EPT		Extended page tables.

Other technologies and instructions
Technology or instruction name	Meaning	Short description
Hyper-Threading		Hyperthreading technology.
vPro		Intel Technology Suite, vPro is a marketing term. nine0029
DBS (Demand Based Switching)		Switching on request.
PAE (Physical Address Extension)	36 bit	Physical address extension.

Intel Xeon L3426 processor overview

The Xeon L3426 server processor uses the Lynnfield microarchitecture at its core. Appeared in parts stores from July 1, 2009.

It will require an expensive cooling system since the calculated thermal power is 45 watts. The processor works with motherboards on LGA1156 sockets. 45 Nm process technology — 774 million total transistors. Intel claims bus power is 2.5 GT/s DMI. The temperature of the processor under load reaches 583 degrees. nine0007

The processor supports PCI Express, this will allow you to connect various devices. The installed PCI Express version 2.0 adapter provides 16 lanes.

Supports DDR3-1333,DDR3-1066,DDR3-800 memory in 2-channel mode, with a bandwidth of 21Gb/s. The maximum amount of memory that the processor will see is 32 GB.

At the same time, the new Turbo Boost technology will give better processor performance by significantly increasing the base frequency to 3200 megahertz.

Good Server Processor 2009of the year. An ideal solution for organizing a server system.

Competitors and Analogs of the Opteron family, here you can add a slightly newer Opteron 6172. On the LGA1156 socket, among other processors, we note models from intel: Xeon X3470 on the Lynnfield microarchitecture, Core i7-880, released in 2010, model 875K LGA1156 from the Core i7 series, Xeon X3460 2009year of manufacture, Core i7-870 of 2009, released later than Xeon X3480.

If you cover the entire series of Core processors, then L3426 holds 9th place in the list. The most similar processor models under the Intel brand are Xeon X3460, Core i7-870S, Core i7-860S, Xeon X3470, Core i7-860, Xeon X3440, Core i5-760, Xeon X3450, Core i5-750. They run on the same Lynnfield microarchitecture and LGA1156 sockets.

Technologies and Instructions

The Intel Xeon L3426 Processor supports many modern instructions and technologies. nine0007

Standard instruction extensions MMX, SSSE3, SSE3, SSE2, NX, Streaming SIMD Extensions 4, Intel® Extended Memory 64, Streaming SIMD Extensions are supported.